Their powerful computer model can predict how many merging binary black holes LIGO might detect: potentially 100 forged in the cores of these dense star clusters per year.
Piero Carninci at the RIKEN Yokohama Institute's Omics Science Center in Japan, and colleagues, combined
powerful computer modelling with «deep sequencing» — a process which decodes huge numbers of DNA sequences to discover...
Latham has been collaborating with the UK Meteorological Office to test the theory behind his project using
their powerful computer model of global climate.
They revised their predictions, saying that they had created a new, more
powerful computer model for predicting the future.
Not exact matches
Oracle is banking more on what techies call a «scale - up»
model in which fewer, but very
powerful computers — in Exadata's case each with its own integrated networking and storage — take on big workloads.
While most gamers would have laughed a few years ago if you suggested using a laptop, some of todays
models are
powerful enough to handle your intense graphic rich games at a price that is often more affordable than a desktop
computer.
The team's
computer modelling of the Komodo bite suggests a relatively weak bite — a maximum bite force of 39 newtons, compared to 252 N for an Australian saltwater crocodile of the same size — but the
powerful neck and razor - sharp teeth are ideal for a slashing attack.
Mausumi Dikpati and her colleagues at the National Center for Atmospheric Research in Boulder, Colo., used new observations of the sun's interior and new
computer simulations to
model the flow of plasma, or electrically charged gas, that carry the sunspots like a conveyor belt until they become
powerful enough to burst free and erupt on the sun's surface.
Although meteorologists now rely heavily on
computer models (numerical weather prediction), it is still relatively common to use techniques and conceptual
models that were developed before
computers were
powerful enough to make predictions accurately or efficiently.
Until recently there was no
computer powerful enough to take all our knowledge of the brain and apply it to a
model.
But that might be the perfect
model for a radically more
powerful kind of
computer.
Plentiful online scientific databases offer terabytes of data for scientists to mine with their desktop
computers, while
model genera like Drosophila (fruit flies) are available for experiments in increasingly
powerful laboratory spaces.
Even such simplified
models involve calculations that require several days of computation in one of the Weizmann Institute's
powerful computer clusters.
Dr Philip Cox, of the Centre for Anatomical and Human Sciences, a joint research centre of the University's Department of Archaeology and HYMS, used
computer modelling to estimate how
powerful the bite of Josephoartigasia could be.
With
powerful computing we combined thousands of X-rays and produced
computer models reconstructing the growth of the first teeth.»
In the past decade,
powerful new x-ray scans and three - dimensional
computer models have transformed the analysis of ancient bones, teeth, and shells.
New radar technology will allow forecasters to better «see» extreme weather, as will potential improvements to satellite technology, as well as
computer models that run on more
powerful supercomputers.
To achieve their 4500 - atom
model, the researchers benefited from access to the world's third - most -
powerful computer — Piz Daint — which is located at the Swiss National Supercomputing Centre (CSCS) in Lugano and can perform up to 20 million billion operations per second.
Powerful advances are also being made in using
computer networks to
model neuron biology and to build complex neuronal networks, which should produce interesting emergent properties.
With a quantum
computer, APL researchers have now shown that these calculations can be done much faster and
model much more complex objects than would be possible using even on the most
powerful classical supercomputers.
STORAGE In 1980 even a
powerful personal
computer like the Apple II Plus did not come with a hard drive; at $ 1,500 for a 5 megabyte
model, the drives cost more than the
computer itself.
Designers on opposite sides of the world will soon be able to work on the same 3 - D
computer model using ordinary personal
computers linked by ordinary phone lines, rather than
powerful graphics workstations.
After observing the spicules through a
powerful telescope, scientists were able to formulate a
computer model of what is actually happening in the corona of the Sun.
For this study, the researchers could only make
computer models of the atmosphere as we don't currently have telescopes that are
powerful enough to actually «see» the chemicals it contains, but when the next - generation Thirty Meter Telescope (TMT) eventually goes online, we'll be able to scan exoplanets» atmospheres to see what they're really made of.
No matter how
powerful the
computer used or how impressive the
model output, any
model of a natural system is only as good as the authors» understanding of the interaction between the physical laws that define their subject and the potential of simple small - scale interactions to produce large - scale complexity, more readily summarised as:
The data must be analyzed using sophisticated
model atmospheres created by the team in 3D and included complex calculations that run for weeks on
powerful super
computers.
With a magnification tool
powerful enough to complete one continuous zoom from an altitude of 38,000 miles to as low as 25 feet, and an ever - expanding network of related resources, it's a practically limitless teaching tool — that is, for schools with the high - speed Internet access and late -
model computers they'll need to run the program.
The car is due in dealerships this spring.The $ 69,500 car features a larger, more
powerful engine than current naturally aspirated 911
models, a
computer - controlled all - wheel - drive system and suspension refinements, wrapped in an aerodynamically refined 911 - style body.
The $ 69,500 car features a larger, more
powerful engine than current naturally aspirated 911
models, a
computer - controlled all - wheel - drive system and suspension refinements, wrapped in an aerodynamically refined 911 - style body.
As with the A3 Sportback 1.8 TFSI and 2.0 TDI Ambition
models, which both cost $ 42,500, the more
powerful and better equipped A3 sedans add 17 - inch alloys, aluminium window surrounds, door sills and cabin highlights, sports front seats, a sports steering wheel, more extensive trip
computer and the four - mode Audi Drive Select system, which changes the car's throttle, steering and transmission response.
I think an hybrid
model, half human and half
computer, using the vastness and precision of
computers while having the option to inject the most basic nuances and happenstances would be the most
powerful GCM ever.
The second argument is that it is claimed that
computer models are now
powerful and accurate enough to replicate temperature given the inputs of greenhouse gas forcing and natural forcing (this is what Nordhaus shows in footnote 4) a graph with both is much more accurate than with just natural forcing.
Using a
computer model of wave - induced current stresses, the team estimated how
powerful currents would need to be for forces they exert at the sea floor to exceed a «critical force» that triggers sediment suspensions and could lead to underwater mudslides.
Climate
models, run on
powerful computers which use decades of past and present climate data to simulate how climate will behave, or has in the past, are the most accurate and reliable source of information on potential future climate change.
In the 1970s they made rapid progress in formulating abstract mathematical
models and putting the
powerful new
computers to work.
Abstract:
Computer Modelling is a
powerful tool in climate sciences.
Today, when scientists run complex climate
models on
powerful computers to simulate immeasurably more complex natural systems like the earth's climate, we must not forget our commitment to truth or that «key to science.»
There is the assumption that faster more
powerful computers, allowing more parameters, more money, will somehow give «better»
models.
If we do all that and run one of the
models on the world's most
powerful computer, we may have a
model on which we have confidence.
There are things that we can never
model, no matter how
powerful the
computers or complex the programs.
And increasingly
powerful computers can allow a better understanding of the uncertainties in our
models, finer
model grids and more sophisticated descriptions of the processes that occur within them.
This is simple, but extremely difficult, because the
models must be run over a much longer time than can reasonably be done by the most
powerful super
computer, or so I have read.
By 1979 the ever more
powerful computers had confirmed that it was impossible to construct a
model that could mimick the current climate and that did not warm up a few degrees....
It does not matter how
powerful the
computer running the
models is if the
models are wrong.
Both of these
computer offer different
models that allow users to opt for more
powerful processors and larger storage.
If I were to advise them on a
computer purchase, I would advise that they buy a more
powerful model then they received.